You can then right click on the published Trader's Edge Tutorial EchoVector Analysis (EVA) Focus Forecast FrameChart Perspectives and/or Scenario Setup GuideMap Grid Snapshots of your choice, and open the Trader's Edge Snapshot in a new tab to further enlarge and review. To port the Tutorial Focus FrameChart and/or Guidemap Grid of choice into you own TOS platform (You can open a free live practice paper money platform at https://www.thinkorswim.com/t/innovation.html), in order to make the Snapshot live, dynamic, further update-able and actionable within your own TOS platform's real-time market price action washthrough (and active trader components), simply click on the link located at the bottom of the Snapshot, and transport it into your own platform using the directions below. For specific framechart perspective CLICK ON THE SPECIFIC URL FOUND WITH A SNAPSHOT LOCATED AT ONE OF THE TWO LINKS ABOVE, AND CUT AND PASTE THAT SPECIFIC URL INTO YOUR ADDRESS BAR, AND THEN CLICK ENTER. AT THE URL, BE SURE TO RIGHT CLICK ON SPECIFIC CHART/GRID TO OPEN THE SNAPSHOT IN A NEW TAB AND THEN CLICK TO FURTHER ENLARGE:

1. Left click on the presented image of the FrameChart and/or Scenario Setup GuideMap Grid.

2. Right click on new image of FrameChart and/or Scenario Setup GuideMap Grid to see 'Open image in new tab'.

3. Left click on 'Open image in new tab.'4. Left click on the image of the FrameChart and/or Scenario Setup GuideMap Grid now opened in the new tab in order to further zoom and enlarge EchoVector Analysis FrameChart and/or Scenario Setup GuideMap Grid image, and to enlarge any additional notations, highlights, and illustrations included.

*MARKET-PIVOTS.COM PREMIUM DESK RELEASES AND TUTORIAL SCENARIO SETUP OPPORTUNITY INDICATOR GUIDEMAP GRID SNAPSHOTS POSTED AT THESE TWO ECHOVECTOR ANALYSIS INTERN ASSOCIATES' NETWORK SCREENLEAP LIVE AUDITORIUM BROADCAST CLASSROOM SITES MAY DIFFER FROM EACH OTHER IN BOTH THEIR FOCUS SUBJECT SECURITY AND IN THEIR LIVE TIME-STAMP RELEASES.

2. Right click on new image of FrameChart to see 'Open image in new tab'.

3. Left click on 'Open image in new tab.'4. Left click on image of chart opened in new tab in order to further zoom and enlarge EchoVector Analysis FrameChart image and to enlarge its additional notations, highlights, and illustrations.

This Week's EchoVector Pivot Point Charts And Analysis For The Gold Metals Market

The following is a foward looking focused and condensed version of the Tuesday February 25TH article "Is It Time For Caution In Gold, Or Time To Buy More?" with updated charts. See the prior article for a more expanded historical context and more expanded review of last year's powerful echovector-based analysis and active position management approach to the gold metal market and its volatility.

Last year's the dramatic decline in gold prices into its summer was big news. Since then gold has found support on a GLD ETF basis at about $115, and is in its second significant bounce from there, started in late December. The first bounce from there started close to the end of June and ran into resistance in late August at $137.50. the price of gold then fell all the way back to just under its starting bounce price before the end of the year. 18% up then 18% down; a traders' dream, but not a kind trek for investors. The second bounce we are now in seems well under way, with the GLD trading this week above the $129 for a gain of over 12% since its start near the end of December.

A good question this week is whether to add long position into gold's recent strength, particularly on any signs of daily price weakness, or to consider turning cautious on gold again and perhaps to start lightening up, or to even switch position polarity altogether and go net short? Will this second bounce hold up, and will gold move on to higher highs than occurred last August? Or will this latest bounce fizzle as the one before, and perhaps fizzle at even lower highs, setting the stage for more longer term technical decay, fizzle even before gold has a chance to close above the $130 level this quarter? How should this volatile gold market be approached given its recent price history?

LOOKING FORWARD

In December I issued an important price reversal alert calling for a bounce in gold into mid-January, and possibly beyond. I held that such a short-term bounce could and should be positioned into, on a trading basis at the very least. But, more importantly, also positioned into because of the possibility that gold might find longer term presidential cycle echovector support in 2014, and that this support might not necessarily materialize at lower absolute price levels. As mentioned, the price of gold has moved forward very nicely since December.

On January 12TH 2014, when the GLD had moved forward and closed just above the $120 level, I published my article "Revisiting Gold" featuring a close look at the charts. I emphasized how waiting until the end of June had been a very good annual risk-on risk-management strategy for gold since July 2009, and how exacting chart work also indicated early February and late July/early August proved to be significant inflection points in gold's price direction in 2010, and how a close watch in those periods this year might be prudent, keeping in mind the potential for the presidential cycle echovector symmetry to continue.

The late July/early August inflection point also proved active and significant in 2012, within the subsumed congressional cycle occurring within this current presidential cycle, which is also significant. This inflection point continued to prove operant in each of the subsumed annual cycles within this presidential cycle as well, which is further significant.

I highlighted how important, from an echovector analysis perspective, the period going forward into January's primary option expiration was, and how important the three week's following options expiration was, on a cyclical echovector analysis basis.

Last year, as well as the last several quarters, the period following the January quarterly option's expiration cycle did little in forwarding gold metals price levels, and actually proved quite precarious to prices into the first week of the following month, and in some instances, more so even beyond. However, the power of the 4-year presidential cycle echovector and the 2-year congressional cycle echovector could easily trump nearer term quarterly patterns that accrued during the recent down-pressure period.

Because of this risk, I suggested positive caution going forward, and the application of advanced triggered OTAPS switching applications in current open position management. For context see the following chart.

GLD ETF 1-YEAR DAILY OHLC

ANNUAL CYCLE ECHOVECTOR ANALYSIS PERSPECTIVE

DECEMBER 2012 TO DECEMBER 2013

(Click to enlarge)

In the chart above the horizontal blue-purple extension vectors running about 2 months worth of trading days long from the light green oval areas in December of 2013 and December of 2012. The lower horizontal price level and time period following December of each year represents the currently active lower threshold OTAPS-PPS price level target switch, and the upper horizontal price level represents the upper threshold OTAPS price level target switch. Price movement up through the upper threshold generates a double-double open long at that trigger price and time. Price movement down through the upper threshold closes any open long positions and generates a double-double open short position at that price and time. Directional tick is very important here. Effective directional position polarity switching can also be accomplished by setting the effective open and/or close trigger prices one cent on either side of the initial base target trigger price threshold.

Additionally, movement down through the lower threshold OTAPS trigger switch closes any long positions that may otherwise be open, and generates a double-double open short position. Price movement up through the lower threshold switch will close any short position that may be open and generate a double-double long position open. The double-double leverage positions can be accomplished by utilizing related and highly liquid gold metals ULTRA ETF's on margin.

The $120.25 GLD proxy price equivalency level and echovector pivot point and otaps-pps upper band switch level was particularly important. On one side of the switch, gains from the $114.55 level were locked in. On the same side of the switch additional gains could be accrued in case of a rally. While having been penetrated upwards, further gains could also be accrued upon re-penetration to the downside in case of market price weakness. As it turned out, the bias in favor of the presidential cycle echovector and the congressional cycle echovector for relative strength right up into the last week of February occurred. And this proved very profitable for adherents to the analysis and to the active position management strategy discussed. See the chart below.

GLD ETF 4-YEAR DAILY OHLC

PRESIDENTIAL CYCLE ECHOVECTOR ANALYSIS PERSPECTIVE

TUESDAY 2/25/14

(Click to enlarge)

THURSDAY 2/27/14 950AMEST UPDATE

(Click to enlarge)

FURTHER ANALYSIS, STRATEGY, AND MANAGING WHAT'S AHEAD

This brings us back to the main question, "Is it now time for caution in gold to the extent of position adjustment; that is, is it time for position cover or even time for position polarity reversal now that momentum price lift into this part of February has been fulfilled? We have collected $15 on the GLD, over 13%, and about four times that on an open double-double position, over 50%, in just 2 months!

Or does the positive price lift from the December lows to current price levels portend further strength ahead this year, and should we think about adding to our position, and not trimming it back?

If it is time again for position adjustment, and if so, then which adjustment?

Reviewing the chart above, we see that the bias on the active presidential cycle echovector (white), the congressional cycle echovector (yellow), the annual cycle echovector (shorter white), and the bi-quarterly cycle echovector (shorter yellow) from Tuesday's close leading to each of their respective echobackdates does not appear to support near-term relative strength.

The blue extension otaps-pps position polarity switch signal vectors transposed from the forward pivot point cluster in 2010 to the corresponding echo-forward dates in 2014 provide a formal forward analytical context for symmetrical support and resistance pricing and timing indicators and position polarity switching actions moving forward through the quarter of 2014 into the middle of May, given present presidential cycle echovector momentum.

We can identify relative price momentum weakness going into and through many of this March's equivalent periods from the echobackdates of the key echovector cycle lengths we have been examining. For this reason it would be prudent to utilize the key active otaps-pps position cover and position polarity reversal vector highlighted on the chart above to effectively response trigger, and position orient and compliment into, whatever price action the market may bring. This otaps-pps vector currently puts the otaps-pps position cover and/or position reversal price trigger at around the $129.30 level this week. That means a drop through $129.30 on the proxy GLD ETF price equivalency basis for the gold metals market would put net short. Staying above this price, or moving down through it and then back up through it, positions net long gold. Moving down through this price closes long position at it and opens up short below it. See the zoomed chart below.

GLD ETF 4-YEAR DAILY OHLC

PRESIDENTIAL CYCLE ECHOVECTOR ANALYSIS PERSPECTIVE

CHART ABOVE ZOOMED TO FIRST FIVE MONTHS OF 2014

(Click to enlarge)

THURSDAY 2/27/14 950AMEST UPDATE

(Click to enlarge)

THURSDAY 2/27/14 UPDATE

(Click to enlarge)

This active advanced position management strategy will enable us to capture and consolidate our well-earned capital gains from late December 2013 while positioning us to take advantage of both further price gains or sudden cyclical price weakness that can occur in the presently volatile gold metals market. Simply remember, when using this active advanced position management strategy it is important to update echovectors and related otaps-pps switch signal vectors generated by them regularly.

Thanks for reading, and godspeed in your gold market investing and trading.

Disclosure: I have no positions in any stocks mentioned, but may initiate a long or a short position in GLD and/or related Ultra ETF's over the next 72 hours. I wrote this article myself, and it expresses my own opinions. I am not receiving compensation for it. I have no business relationship with any company whose stock is mentioned in this article.

Kevin John Bradford Wilbur is the Chief Market Strategist and Senior EchoVector Analysis Methodologist at PROTECTVEST AND ADVANCEVEST. He is a prize-winning Economist and Financial Physicist with an over 35 year span of experience and awards in Academics, Research, Management, Practice and Trade. Kevin has specialized experience in the major market indexes, commodities, ETFs, emini-futures, and in derivatives and the derivatives markets.

"EchoVector Theory and EchoVector Analysis assert that a securities prior price patterns may influence its present and future price patterns. Present and future price patterns may then, in part, be considered as 'echoing' these prior price patterns to some identifiable and measurable degree.

EchoVector Analysis is also used to forecast and project potential price Pivot Points (referred to as PPP's --potential pivot points, or EVPP's --EchoVector Pivot Points) and active, past and future coordinate forecast echovector support and resistance echovectors (SREV's) for a security from a starting reference price at a starting reference time, based on the securities prior price pattern within a given and significant and definable cyclical time frame.

EchoVector Pivot Points and EchoVector Support and Resistance Vectors are fundamental components of EchoVector Analysis. EchoVector SREV's are constructed from key components in the EchoVector Pivot Point Calculation. EchoVector SREV's are defined and calculated and also referred to as Coordinate Forecast EchoVectors (CFEV's) to the initial EchoVector (XEV) calculation and construction, where X designates not only the time length of the EchoVector XEV, but also the time length of XEV's CFEVs. The EchoVector Pivot Points are found as the endpoints of XEV's CFEVs' calculations and the CFEVs' constructions.

The EchoVector Pivot Point Calculation is a fundamentally different and more advanced calculation than the traditional pivot point calculation.

The EchoVector Pivot Point Calculation differs from traditional pivot point calculation by reflecting this given and specified cyclical price pattern length and reference, and its significance and information, within the pivot point calculation. This cyclical price pattern and reference is included in the calculations and constructions of the echovector and its respective coordinate forecast echovectors, as well as in the calculation of the related echovector pivot points.

While a traditional pivot point calculation may use simple price averages of prior price highs, lows and closes indifferent to their sequence in time to calculate its set of support and resistance levels, the echovector pivot point calculation begins with any starting time and price point and respective cyclical time frame reference X, and then identifies the corresponding "Echo-Back-Time-Point" within this cyclical time frame reference coordinate to the starting reference price and time point A. It then calculates the echovector (XEV) generated by the starting reference time/price point and the echo-back-time-point, and includes the pre-determined and pre-defined accompanying constellation of "Coordinate Forecast EchoVector" origins derived from the prior price pattern evidenced around the echo-back-time-point within a certain pre-selected and specified range (time and/or price version) that occurred within the particular referenced cyclical time-frame and period X. Security I's EchoVector Pivot Point constructions then calculate and project the scope relative echovector pivot points that follow A, and the support and resistance levels determined by the ensuing coordinate forecast echovectors and their selected range definition inclusion (fully differentiating the time-sequence of the origins), the cyclical time-frame X, and to XEV's slope.

EchoVector Pivot Points are therefore advanced and fluid calculations and effective endpoints of projected coordinate forecast echovector support and resistance time/price levels, projections that are constructed from and follow in time from the starting reference price, time/price point A (echovector endpoint) of the initial subject focus echovector construction, and which occur within an EchoVector Pivot Point Price Projection Parallelogram construct: levels which are derived from coordinate (support and/or resistance) forecast echovectors calculated from particular 'scope and range defined' starting times and price points reflecting the time and price points of proximate scale and scope and time/price pivoting action that followed the initial subject focus interest echovector's echo-back-date-time-price-point B (derived from and relative to the initial subject focus echovector's starting time-point and price-point A, and the echovector's given and specified cyclically-based focus interest time-span X, and the initial subject focus echovector's subsequently derived slope relative momentum measures).

The EchoVector Support and Resistance Vectors, referred to as the Coordinate Forecast Echovectors, are used to generate the EchoVector Pivot Points."

There are risks involved with investing including loss of principal. PROTECTVEST AND ADVANCEVEST BY ECHOVECTORVEST MDPP PRECISION PIVOTS and its Divisions and Subdivisions makes no explicit or implicit guarantee with respect to performance or the outcome of any investment or projections presented or discussed by PROTECTVEST AND ADVANCEVEST BY ECHOVECTORVEST MDPP PRECISION PIVOTS and its Divisions and Subdivisions.

There is no guarantee that the goals of the strategies discussed by PROTECTVEST AND ADVANCEVEST BY ECHOVECTORVEST MDPP PRECISION PIVOTS and its Divisions and Subdivisions will be achieved.

NO content published by us on the Site, our Blog, and any Social Media we engage in constitutes a recommendation that any particular investment strategy, security, portfolio of securities, or transaction is suitable for any specific person. Further understand that none of our bloggers, information providers, App providers, or their affiliates are advising you personally concerning the nature, potential, value or suitability of any particular security, portfolio of securities, transaction, investment strategy or other matter.

Again, this post is for information purposes only.

Before making any investment decisions we recommend you first consult with you personal financial advisor.

Gold Prices Set for Test of Key Price Support/Resistance Threshold.1. Gold prices readying to test key EchoVector Analysis Flexpoint support/resistance price level.
2. Gold has closed in on key technical resistance on the key active annual echovector.
3. Gold has closed in on key technical resistance on the key active congressional cycle echovector.
4. Failure to follow through at these price levels would warn of a possible deep correction lower.
5. Current price action supports a minimum test of this important price level.
6. A breakthrough at these levels would support the longer term potential bullish outlook of the current key active presidential cycle echovector and its otherwise bullish outlook.
7. See"This Week's EchoVector Pivot Point Chart And Analysis: The Gold Metal Market"

on WED, Feb 26, 2014, With THU Update • GLD IAU, GTU, NUGT, SLV •

PREMIUM MARKET ALPHA NEWSLETTER GROUP ARTICLE NOW FREELY AVAILABLE GLOBALLY

Kevin John Bradford Wilbur is the Chief Market Strategist and Senior EchoVector Analysis Methodologist at PROTECTVEST AND ADVANCEVEST. He is a prize-winning Economist and Financial Physicist with an over 35 year span of experience and awards in Academics, Research, Management, Practice and Trade. Kevin has specialized experience in the major market indexes, commodities, ETFs, emini-futures, and in derivatives and the derivatives markets.

"EchoVector Theory and EchoVector Analysis assert that a securities prior price patterns may influence its present and future price patterns. Present and future price patterns may then, in part, be considered as 'echoing' these prior price patterns to some identifiable and measurable degree.

EchoVector Analysis is also used to forecast and project potential price Pivot Points (referred to as PPP's --potential pivot points, or EVPP's --EchoVector Pivot Points) and active, past and future coordinate forecast echovector support and resistance echovectors (SREV's) for a security from a starting reference price at a starting reference time, based on the securities prior price pattern within a given and significant and definable cyclical time frame.

EchoVector Pivot Points and EchoVector Support and Resistance Vectors are fundamental components of EchoVector Analysis. EchoVector SREV's are constructed from key components in the EchoVector Pivot Point Calculation. EchoVector SREV's are defined and calculated and also referred to as Coordinate Forecast EchoVectors (CFEV's) to the initial EchoVector (XEV) calculation and construction, where X designates not only the time length of the EchoVector XEV, but also the time length of XEV's CFEVs. The EchoVector Pivot Points are found as the endpoints of XEV's CFEVs' calculations and the CFEVs' constructions.

The EchoVector Pivot Point Calculation is a fundamentally different and more advanced calculation than the traditional pivot point calculation.

The EchoVector Pivot Point Calculation differs from traditional pivot point calculation by reflecting this given and specified cyclical price pattern length and reference, and its significance and information, within the pivot point calculation. This cyclical price pattern and reference is included in the calculations and constructions of the echovector and its respective coordinate forecast echovectors, as well as in the calculation of the related echovector pivot points.

While a traditional pivot point calculation may use simple price averages of prior price highs, lows and closes indifferent to their sequence in time to calculate its set of support and resistance levels, the echovector pivot point calculation begins with any starting time and price point and respective cyclical time frame reference X, and then identifies the corresponding "Echo-Back-Time-Point" within this cyclical time frame reference coordinate to the starting reference price and time point A. It then calculates the echovector (XEV) generated by the starting reference time/price point and the echo-back-time-point, and includes the pre-determined and pre-defined accompanying constellation of "Coordinate Forecast EchoVector" origins derived from the prior price pattern evidenced around the echo-back-time-point within a certain pre-selected and specified range (time and/or price version) that occurred within the particular referenced cyclical time-frame and period X. Security I's EchoVector Pivot Point constructions then calculate and project the scope relative echovector pivot points that follow A, and the support and resistance levels determined by the ensuing coordinate forecast echovectors and their selected range definition inclusion (fully differentiating the time-sequence of the origins), the cyclical time-frame X, and to XEV's slope.

EchoVector Pivot Points are therefore advanced and fluid calculations and effective endpoints of projected coordinate forecast echovector support and resistance time/price levels, projections that are constructed from and follow in time from the starting reference price, time/price point A (echovector endpoint) of the initial subject focus echovector construction, and which occur within an EchoVector Pivot Point Price Projection Parallelogram construct: levels which are derived from coordinate (support and/or resistance) forecast echovectors calculated from particular 'scope and range defined' starting times and price points reflecting the time and price points of proximate scale and scope and time/price pivoting action that followed the initial subject focus interest echovector's echo-back-date-time-price-point B (derived from and relative to the initial subject focus echovector's starting time-point and price-point A, and the echovector's given and specified cyclically-based focus interest time-span X, and the initial subject focus echovector's subsequently derived slope relative momentum measures).

The EchoVector Support and Resistance Vectors, referred to as the Coordinate Forecast Echovectors, are used to generate the EchoVector Pivot Points."

There are risks involved with investing including loss of principal. PROTECTVEST AND ADVANCEVEST BY ECHOVECTORVEST MDPP PRECISION PIVOTS and its Divisions and Subdivisions makes no explicit or implicit guarantee with respect to performance or the outcome of any investment or projections presented or discussed by PROTECTVEST AND ADVANCEVEST BY ECHOVECTORVEST MDPP PRECISION PIVOTS and its Divisions and Subdivisions.

There is no guarantee that the goals of the strategies discussed by PROTECTVEST AND ADVANCEVEST BY ECHOVECTORVEST MDPP PRECISION PIVOTS and its Divisions and Subdivisions will be achieved.

NO content published by us on the Site, our Blog, and any Social Media we engage in constitutes a recommendation that any particular investment strategy, security, portfolio of securities, or transaction is suitable for any specific person. Further understand that none of our bloggers, information providers, App providers, or their affiliates are advising you personally concerning the nature, potential, value or suitability of any particular security, portfolio of securities, transaction, investment strategy or other matter.

Again, this post is for information purposes only.

Before making any investment decisions we recommend you first consult with you personal financial advisor.

EchoVector Theory is a price pattern impact theory. EchoVector Analysis is an advanced technical analysis methodology. EchoVector Analysis is also presented as a behavioral economic application and securities analysis tool in price pattern theory and in price pattern behavior, study, and forecasting, and in securities analysis and price analysis and in securities price speculation.

EchoVector Pivot Points, special contributions to the field of technical analysis, are a technical analysis tool and application within EchoVector Analysis, and derived from EchoVector Theory in practice.

Providing Forecasting and Trade Management Technology, Analysis, and Education Consistent With More Than Doubling the Portfolio Position Value of The Major Market (Dow 30 Industrials, DIA ETF) From Mid-2007 to Early 2009!... More Than Doubling Again from Early 2009 through 2010!... More Than Doubling Again in 2011!... More Than Tripling Again in 2012!... And More Than Tripling Agin in 2013! "Positioning for change, staying ahead of the curve, we're keeping watch for you!"

NPP HISTORICAL NEARBY SCALAR AND SCOPE RELATIVE PIVOT POINT (OR INFLECTION POINT) OF CYCLICAL PHASE PERIOD OF INTEREST, OR ECONOMIC CALENDAR CYCLICAL PHASE PERIOD OF INTEREST, OR EARNINGS CALENDAR CYCLICAL PHASE PERIOD OF INTEREST, OR POLITICAL ECONOMIC CALENDAR PERIOD INTEREST, OR CENTRAL BANK ACTION CALENDAR PHASE PERIOD OF INTEREST, OR OTHER PRECURSIVE EVA PHASE PERIOD OF INTEREST, THAT OCCURRED PROXIMATE AND MEASURABLE TO AN XEV-EBD-TPP OF RECORD AND INTEREST.

[THE THIRD CONSTRUCTION POINT ON THE TIME CYCLE PRICE SLOPE MOMENTUM PIVOT POINT PRICE PROJECTION PARALLELOGRAM]

CFEV COORDINATE FORECAST ECHOVECTOR

(CCFEVs CONSTITUTE EVA SUPPORT AND RESISTANCE VECTORS, AND SOURCE#1 OTAPS-PPS* VECTORS, AND ORIGINATE AT AN NPP, AND EMINATE TO THE RIGHT FROM THEM, ENDING AT THE EVPPPP - THE ECHOVECTOR PIVOT POINT PRICE PROJECTION)

SYMTRA NPPV THE NPPV DUPLICATED, AND THIS DUPLICATE SYMMETRY TRANSPOSED (SHIFTED) TO THE RIGHT TO THEN START AND EMINATE ON ITS FAR LEFT TIMEAND PRICE POINT AT THE XEV-SRP-TPP, TOWARDS THE SYMTRA NPPV's EVPPPP LOCATED AT THE SYMTRA NPPV'S FAR RIGHT TIMEANDPRICEPOINT, THE XEV-SRP-TPP-SYMTRANPPV (EVPPPP)-TPP, WHICH IS THE TIME CYCLE PRICE (SLOPE) MOMENTUM ECHOVECTOR PIVOT POINT PRICE PROJECTION PARALLELOGRAMS ECHOVCTOR PIVOT POINT PRICE PROJECTION TIMEANDPRICE POINT, XEV-SRP-EVPPPP-TPP.

"EchoVector Theory and EchoVector Analysis assert that a securities prior price patterns may influence its present and future price patterns. Present and future price patterns may then, in part, be considered as 'echoing' these prior price patterns to some identifiable and measurable degree.

EchoVector Analysis is also used to forecast and project potential price Pivot Points (referred to as PPP's --potential pivot points, or EVPP's --EchoVector Pivot Points) and active, past and future coordinate forecast echovector support and resistance echovectors (SREV's) for a security from a starting reference price at a starting reference time, based on the securities prior price pattern within a given and significant and definable cyclical time frame.

EchoVector Pivot Points and EchoVector Support and Resistance Vectors are fundamental components of EchoVector Analysis. EchoVector SREV's are constructed from key components in the EchoVector Pivot Point Calculation. EchoVector SREV's are defined and calculated and also referred to as Coordinate Forecast EchoVectors (CFEV's) to the initial EchoVector (XEV) calculation and construction, where X designates not only the time length of the EchoVector XEV, but also the time length of XEV's CFEVs. The EchoVector Pivot Points are found as the endpoints of XEV's CFEVs' calculations and the CFEVs' constructions.

The EchoVector Pivot Point Calculation is a fundamentally different and more advanced calculation than the traditional pivot point calculation.

The EchoVector Pivot Point Calculation differs from traditional pivot point calculation by reflecting this given and specified cyclical price pattern length and reference, and its significance and information, within the pivot point calculation. This cyclical price pattern and reference is included in the calculations and constructions of the echovector and its respective coordinate forecast echovectors, as well as in the calculation of the related echovector pivot points.

While a traditional pivot point calculation may use simple price averages of prior price highs, lows and closes indifferent to their sequence in time to calculate its set of support and resistance levels, the echovector pivot point calculation begins with any starting time and price point and respective cyclical time frame reference X, and then identifies the corresponding "Echo-Back-Date-Time-And-Price-Point (EBD-TPP)" within this cyclical time frame reference coordinate to the starting reference price and time point A. It then calculates the echovector (XEV) generated by the starting reference time/price point and the echo-back-date-time-and-price-point, and includes the pre-determined and pre-defined accompanying constellation of "Coordinate Forecast EchoVector" origins derived from the prior price pattern evidenced around the echo-back-date-time-and-price-point (EBD-TPP) within a certain pre-selected and specified range (time and/or price version) that occurred within the particular referenced cyclical time-frame and period X. The projected scope-relative EchoVector Pivot Points, the EVPPs (PPPs) that follow Security I's starting point A of EchoVector XEV, of designated cycle time length X , are then calculated and constructed using the EBD-TPP and its scope-relative nearby pivot points and inflection points (NPPs-NFPs), and by the corresponding echovector slope momentum rate indicator shared by both the original echovector and its coordinate forecast echovectors within the fundamental forecast echovector pivot point price parallelogram construction, and by the support and resistance levels and the slope momentum indicator determined by XEV and by the included coordinate forecast echovectors (they also fully utilizing the time-sequence and already occurring NPP-NFP prices to A's EBD-TPP, and the constellation of CFEV origins produced).

EchoVector Pivot Points are therefore advanced and fluid calculations and effective endpoints of projected coordinate forecast echovector support and resistance time/price levels, projections that are constructed from and follow in time from the starting reference price, time/price point A (echovector endpoint) of the initial subject focus echovector construction, and which occur within an EchoVector Pivot Point Price Projection Parallelogram construct: levels which are derived from coordinate (support and/or resistance) forecast echovectors calculated from particular 'scope and range defined' starting times and price points reflecting the time and price points of proximate scale and scope and time/price pivoting action that followed the initial subject focus interest echovector's echo-back-date-time-and-price-point B (derived from and relative to the initial subject focus echovector's starting time-point and price-point A, and the echovector's given and specified cyclically-based focus interest time-span X, and the initial subject focus echovector's subsequently derived slope relative momentum measures).

The EchoVector Support and Resistance Vectors, referred to as the Coordinate Forecast Echovectors, are used to generate the EchoVector Pivot Points."

ECHOVECTOR PIVOT POINTS

DEFINITION: THE ECHOVECTOR"For any base security I at price/time point A, A having real market transaction and exchange recorded print price p at exchange of record print time t, then EchoVector XEV of security I and of time length (cycle length) X with ending time/price point A would be designated and described as (I, Apt, XEV); EchoVector XEV's end point is (I, Apt) and EchoVector XEV's starting point is (I, Ap-N, t-X), where N is the found exchange recorded print price difference between A and the Echo-Back-Date-Time-And-Price-Point of A, being (A, p-N, t-X) of Echo-Back-Time-Length X (being Echo- Period Cycle Length X).

A, p-n, t-X shall be called B (or B of I), being the EBDTPP (Echo-Back-Date-Time-And-Price-Point)*, or EBD (Echo-Back-Date)*, or EBTP (Echo-Back-Time-Point) of A of I.

N = the difference of p at A and p at B (B being the 'echo-back-date-time-and-price-point of A found at (A, p-N, t-X.)

"It is often suggested to start with the readily available daily increment quarterly cycle length period on your price chart, and to then eventually construct an echovector pivot point price parallelogram (EV-PPP-Pgram) using the echovector (EV) and a scale-and-scope-relative pivot point nearby (and subsequent to) the echovector's echo-back-date (EBD). This already occurring scope-and-scale-relative nearby pivot point following the EBD's phase is referred to as the NPP. This 'relatively nearby' pivot point to the EBD constitutes the third point in the EV-PPP-Pgram. The first point is the starting reference time-and-price-point (STPP) in the echovector's initial construction. The second point in the financial market time-cycle price echovector pivot point price parallelogram is the echovector's echo-back-date-time-and-price-point (EBD-TPP).

This nearby pivot point also constitutes the end of the NPP Extension Vector that runs from the EBD-TPP to the NPP. (To support the OTAPS-PPS Position Polarity Reversal and Switch Signal active advanced position management strategy, this NPP Extension Vector will also be symmetrically transposed to become one of sources of the active OTAP-PPS Position Polarity Switch Signal Vectors within the PPS Switch Signal Vectors Fan that will also eminate from the echovector's STPP.)

The NPP to the EBD-TPP also constitutes the beginning of the coordinate forecast echovector, reading left to right. The EBD-TPP constitutes the beginning of the echovector, not by way of construction, but when reading left to right. The beginning of the construction of the echovector is on the right at the starting reference point, and moves back to the EBD-TPP, right to left, during construction.

The Coordinate Forecast Echovector (CFEV) runs parallel to the initial echovector in the Time-Cycle Price Echovector Pivot Point Price Projection Forecast Parallelogram, and is the same length as the echovector. The NPP Extension Vector (NPP-V, being either an NPP-S Vector or an NPP-R Vector, S designating Support and R designating Resistance) is on the left side of the parallelogram. At the far right endpoint of the parallelogram construction we find the projected echovector pivot point projection time-and-price (EV-PPP-TPP). When the scope-and-scale-relative nearby pivot point that follows the EBD-TPP is a price supporting pivot point the echovector pivot point that is projected to follow the echovector's STPP occurs below the STPP. When the nearby pivot point is a price supporting pivot point to the EBD-TPP the EV-PPP-TPP occurs after and below the echovector's STPP.

.

The CFEV has the 'already occurred' NPP to the EV's EBD-TPP, and at the end of the CFEV we find the EV-PPP. The X-EV (echovector of cycle length X) has its STPP (starting time and price point -the starting reference point) on its far right, and its EBD-TPP on its far left. The parallel CFEV has the NPP (an identified and elected scope relative pivot point price at a specific time occuring nearby, but following the echovector's EBD-TPP) on the far left, and has on the far right the EV-PPP-TPP, the echovector pivot point projection. The STPP, EBD-TPP, NPP, and the EV-PPP constitute the four key time-and-price-points in the financial market time-cycle price echovector pivot point price projection forecast parallelogram.

The forth side of the parallelogram, STPP to EV-PPP, constitutes an active OTAPS-PPS Position Polarity Switch Signal Vector within active advanced risk and position management strategies.

Learning this simple construction process, you will then be able to construct several (4 to 8) parallelograms, each with different nearby pivot point (NPPs) to the echobackdate-timeandpricepoint. Some NPPs may be found to have a price higher than the echobackdate and some a price lower. Those with prices loWer can be designated NPP-S1, NPP-S2, NPP-S3, NPP-S4, etc. Those with prices higher can be designated NPP-R1, NPP-R2, NPP-R3, NPP-R4, etc.

The cycle echovector pivot point price projection forecast parallelogram of length X with starting reference point STPP and echo-back-date-time-and-price-point EBD-TPP and containing NPP-S1 will have X-EV-PPP-S1 generated on its far right through the construction process as its cycle echovector pivot point price projection S1.

S1, S2, S3, S4, and R1, R2, R3, R4, (S for support, and R for resistance, S at an NPP price-and-time-point below the EBD-TPP price-and-time-point, and R at an NPP price-and-time-point above the EBD-TPP price-and-time-point) may occur and be forecasted for any STPP.

Each generated STPP to EV-PPP-Sx Vector (the fourth side of any time-cycle price echovector pivot point price projection forecast parallelogram) and each generated STPP to EV-PPP-Rx Vector (also the fourth side of any cycle echovector pivot point price projection forecast parallelogram) constitute potential OTAP-PPS Vectors, and together constitute elements of the OTAPS-PPS Vector Fan for any give cyclical time-frame length of interest (12 of the key cycle time-frame lengths in echovector analysis are listed above).

For more comprehensive forecasting and analysis, (1) EchoVector Pivot Point Price Projections and (2) Active Advanced Risk and Position Management OTAPS-PPS Position Polarity Switch Signal Vector Fans, for all 12 key echovector cycle lengths, for any STPP of interest, can be generated."

"AN INTRODUCTION TO ECHOVECTOR PIVOTS POINTS AND TO THE TIME CYCLE PRICE MOMENTUM ECHOVECTOR PIVOT POINT PRICE PROJECTION FORECAST PARALLELOGRAM, AND ITS CONSTRUCTION: ECHOVECTOR ANALYSIS: NOTES FROM THE UPDATED INTERNAL MANUSCRIPT" COPYRIGHT 1995-2017. PROTECTVEST AND ADVANCEVEST. ALL RIGHTS RESERVED.

THE OTAPS-PPS POSITION POLARITY SWITCH SIGNAL AND SWITCH SIGNAL VECTOR AND VECTORS CLUSTER AND FAN AND ACTIVE ADVANCED MANAGEMENT POSITION ADJUSTMENT SIGNAL IN ADVANCED POSITIONING AND RISK MANAGEMENT AND TRADING

OTAPS-PPS "The On/Off/Through Vector Target Application Price Switch" - "The Position Polarity Switch" Signal Vector and Signal Vector Cluster FanThe OTAPS target price position polarity switch, the OTAPS active position management signal, and the OTAPS position polarity switch signal vector and signal vector cluster, and the OTAPS position management methodology, were invented (and discovered) by advanced price theorist and behavioral economist Kevin John Bradford Wilbur.The OTAPS Position Management System is intended as a contribution to active securities position management practitioners operating in the fields of securities and investment portfolio management and in portfolio risk management.OTAPS is an 'acronym of abbreviation' that stands for "On-Off-Through-Vector-Target-Application-Price-Switch." The OTAPS switch is a trade tool and position management and risk-management utility for enhancing focus instrument position value within an active risk management and responsive position management trading regime.Other references to the trade switch include, but are not limited to: OOTVTAPS: On-Off-Through Vector Target Application Price Switch, OOTV: On-Off-Through Vector Target Application Price Switch,OOTVATPS: On-Off-Through Vector Application Target Price Switch Straddle,ATPSS: On-Off-Through Vector Application Target Price Switch Straddle.OTAPS-PPS: On-Off-Through Vector Target Application Price Switch and Position Polarity Switch SignalEach reference, however, represent the same mathematical formula and financial construct and entity, and refers to the same applied position management and risk-management methodology and technology in which it is used and is publicly discussed.

The most popular acronym, OTAPS, was coined by the inventor of the OTAPS trend and risk-management tool and directional positioning switch, and has subsequently become the most popular and broadly used reference and name for the trade switch.

OTAPS-PPSV: On-Off-Through Vector Target Application Price Switch and Position Polarity Switch Signal VectorOTAPS-PPSEV: On-Off-Through Vector Target Application Price Switch and Position Polarity Switch Signal Extension VectorOTAPS-PPSV: On-Off-Through Vector Target Application Price Switch and Position Polarity Switch Signal Vector ClusterToday's relatively highly volatile and fast moving securities market, and its current historically low effective trade execution costs (commissions) is a market environment and current structure particularly favorable to the application of the OTAPS Position Management System. The system utilizes an advanced straddling technique applied at key forecast price levels at critical time junctures with respect to mined and identified historical price pattern symmetries in order to protect gains and to further optimize an actively managed securities' overall price path pattern related and realized returns.OTAPS signal price levels are generated by the applied forecast model. An OTAPS switch is then constructed from the OTAPS price level signal upon which the switch then becomes based during its time application. Base switch levels are set, and often carry with them a series of related upper band and lower band accompanying price switch levels than may also be pre-programmed and additionally employable when met by the market price. These UB and LB OTAPS switches the accompany the issued primary switch price and target application switch price level remain active also until adjusted.HOW THE OTAPS SWITCH WORKSThe OTAPS switch is essentially an advanced 'directional and approached-sensitive' and 'flexible' two-sided price straddling mechanism that allows a position 'positivized' in a particular 'price motion direction' to be either 'turned on or tuned off' relative to the 'found price motion direction' occurring in the 'subject security', while also allowing the 'opposite polarity position' to be 'turned on or off' relative to the same price motion occurrence, or any subsequent price motion occurrence, that might move prices to and through the issued target application price switch price level.For examples of the OTAPS switch in application see articles,

"... In this market environment, we suggest the employment of active and adjustable echovector bridge-based straddling positions to manage stock market exposure to changes in the general price levels. Setting straddles at these bridge levels on their relevant time basis is an effective and opportune measure and advanced trade strategy. Such an approach is particularly well-tailored to and could prove very valuable in engaging and effectively managing these market situations going forward into the presidential elections this fall and thereafter, regardless of what the Fed may or may not say or do in the meantime.

One way to employ such a straddle would be to utilize the SPY ETF and/or the DIA ETF. By setting up an advanced trade technology (see "On-Off-Through Vector Target Price Switch")at, for example, $136 on the SPY or at $128.5 on the DIA, with appropriate dynamic triggers and stops included, such a straddle can be employed.

To perform the short side of the straddle, set a short trigger below either of these mentioned target price switch levels (e.g., $136 on the SPY and/or $128.5 on the DIA) pre-programmed as a "repeating short trigger switch" at the trigger level on reverse downtick action through the trigger price, with stops set to activate on reverse uptick up-through action. To perform the long side of the straddle, set a long trigger above either of these target price switch levels ($136 on the SPY and/or $128.5 on the DIA) pre-programmed as a "repeating long trigger switch" at the trigger level on reverse uptick action through the trigger, with stops set to activate on reverse downtick down-through action.

Now may be a very good time to employ this general market straddle and this more advanced trade technology and active position management methodology, especially when reviewing the chart of the S&P 500 over the past four years within the current presidential cycle."

"... The stock market has been particularly resilient in its ability to come back from price down-pressure this year. This phase of the 8-year regime change cycle bodes well for the market from levels established in mid-April going into next year. A good chart of the SPX illustrating this phenomena the last 20 years can be viewed at my SeekingAlpha posts by clicking here. For this reason my general bias remains primarily positive. However, "Don't Fight The Fed" remains in force, and if the Fed begins the process of a relative de-leveraging of the markets compared to what it has been doing, it must proceed very smoothly, and very cautiously about what it takes away, and when and how. And I wouldn't want to be on the wrong side of poor market reaction.

For this reason, I think it prudent to continue to use and place dynamic, active, and adjustable straddling positions in order to lock in gains and to better manage your exposure to general market price level changes in either direction. Setting advanced management straddles at key coordinate forecast levels is a very effective and opportune approach, and an advanced trade strategy. In this article I have provided an EchoVector Pivot Points Perspective and method for effectively determining trigger level prices, settings, and adjustments. Using this approach at this time could prove very valuable in effectively managing both market risk and reward.

One way to employ such a straddle would be to utilize the DIA ETF mentioned earlier in this analysis and using the approach illustrated with the /YM Dow 30 Industrials Composite Index E-mini Futures, by setting up an advanced trade technology approach (see "On-Off-Through Vector Target Price Switch") to positioning and position management, with appropriate dynamic triggers and stops included -- for example, at $154 on the DIA.

To perform the short side of the straddle, set a short trigger below $154 on the DIA pre-programmed as a "repeating short trigger switch" at this trigger level on reverse downtick action through the trigger price, with stops set to activate on reverse uptick up-through action. To perform the long side of the straddle, set a long trigger above $154 pre-programmed as a "repeating long trigger switch" on reverse uptick action through the trigger, with stops set to activate on reverse downtick down-through action.

I would continue to closely watch the 4-year presidential cycle echovector, the 2-year congressional cycle echovector, and the annual cycle echovector for continued symmetries and confirming parallels and early divergent tells. And I would keep calculating my echovector pivot points and employing my dynamic OTAPS On-Off-Through Vector Target Price Switch triggers.

This way you won't be fighting the Fed; and will in fact be letting the Fed, and the market, help point you in the direction you 'should be facing.' If a correction is coming, you will be ready. And if it isn't, you will be ready for that as well."

"... If you believe the time has come to re-enter the treasury long bond, I suggest using active and adjustable straddling positions to manage your exposure to general price level changes in either direction. Setting advanced management straddles at key coordinate forecast levels is an effective and opportune measure, and advanced trade strategy I think prudent to mention. Such an approach to the bond market at this time could prove very valuable at engaging and effectively managing risk and reward. One way to employ such a straddle would be to utilize the TLT ETF mentioned in this analysis by setting up an advanced trade technology approach (see "On-Off-Through Vector Target Price Switch") to positioning and position management, with appropriate dynamic triggers and stops included -- for example, at $106.50 on the TLT.

To perform the short side of the straddle, set a short trigger below $106.50 on the TLT pre-programmed as a "repeating short trigger switch" at this trigger level on reverse downtick action through the trigger price, with stops set to activate on reverse uptick up-through action. To perform the long side of the straddle, set a long trigger above 106.50 pre-programmed as a "repeating long trigger switch" on reverse uptick action through the trigger, with stops set to activate on reverse downtick down-through action.

I'm hoping the EchoVector Pivot Point Analysis Perspectives provided in this article help lend additional context to your potentially already broad and extensive bond market view and analysis, and that they help you to further sharpen your clarity and insight. I always recommend considering a broad range of considerations, analysis, and approaches when assessing the markets for any investment decision.

"... In the present gold market environment-- and for more advanced and nimble gold market participants, when they do believe the time has come to re-enter gold-- I suggest the employment of active and adjustable straddling positions to manage exposure to general price level changes. Setting advanced management straddles at key coordinate forecast levels is an effective and opportune measure, and advanced trade strategy. Such an approach is particularly well-tailored to -- and could prove very valuable in-- engaging and effectively managing this volatile gold market going forward into fall, and beyond.

One way to employ such a straddle would be to utilize the GTU, GLD, or IAU ETFs. By setting up an advanced trade technology (see "On-Off-Through Vector Target Price Switch")-- for example, at $11.25 on the IAU or at $44.60 on the GTU, with appropriate dynamic triggers and stops included-- such a straddle can be employed.

To perform the short side of the straddle, set a short trigger below either of these mentioned target price switch levels (e.g., $11.25 on the IAU and/or $44.60 on the GTU) pre-programmed as a "repeating short trigger switch" at the trigger level on reverse downtick action through the trigger price, with stops set to activate on reverse uptick up-through action. To perform the long side of the straddle, set a long trigger above either of these the target price switch levels ($11.25 on the IAU and/or $44.60 on the GTU) pre-programmed as a "repeating long trigger switch" at the trigger level on reverse uptick action through the trigger, with stops set to activate on reverse downtick down-through action.

Now may be a very good time to employ this gold market straddle and this more advanced trade technology and active position management methodology, especially when considering the level of volatility we have just witnessed since my February warning in gold earlier this year.

Those readers who have followed this strategy since February have not only saved 20 percent on the downside, but have earned 20% more on the short side (and even more using derivatives), and are ahead of gold market buy-and-hold participants by 40% in just the base underlying GLD ETF gold instrument, all in less than a quarter...."

COPYRIGHT 2012-2017. PROTECTVEST AND ADVANCEVEST BY ECHOVECTORVEST MDPP PRECISION PIVOTS. ALL RIGHTS RESERVED. OTAPS IS A TRADEMARK OF PROTECTVEST AND ADVANCEVEST BY ECHOVECTORVEST MDPP PRECISION PIVOTS.

DERIVING THE OTAPS-PPS"The OTAPS-PPS Position Polarity Cover And/Or Position Polarity Switch Signal Vector Trigger Point Price"and its support and resistance trigger point constellation is primarily derived from FOUR fundamental source constructions operant within applied EchoVector Analysis and OTAPS technology.1. The first construction source is (a) the set of specific key active coordinate forecast echovector (CFEV) support and resistance vectors, and their identified parallel extension vectors, discovered at work within the referenced scope-relative market cycle echovector momentum vector occurring within the focus interest opportunity forecast time and price block or designated frame, or (b) the set of variant and aggregated scope-relative market cycle echovectors of similar time-lengths intersecting and occurring within the focus interest opportunity forecast time and price block or designated frame, or (c) the set of variant and aggregated scope-relative market cycle echovectors of differing time-lengths intersecting and occurring within the focus interest opportunity forecast time and price block or designated frame, or (d) any aggregates and intersects of a, b, and/or c above occurring within the focus interest opportunity forecast time and price block or designated frame, the AAFIOFT* (Applied Action Focus Interest Opportunity Forecast Time-block). 2. The second construction source is the transposed cluster of NPP* (Nearby identified scope-relative pivot points and/or flex-points of focus interest) Extension Vectors that are identified and originate from the EBD* (EchoBackDate) and/or EBD-TPP* (EchoBackDate TimeAndPricePoint... as more precise time increment measures enable) and which are then symmetrically transposed to 'project from' the NPP's corresponding, originating, and current echovector SP* (the Referenced Echovector's Starting Reference Time/Price Point (typically found at its latest - located most to the right graphically - time/price point) and which then may also continue to further 'project into' or 'traverse' the respective focus interest opportunity otaps-pps forecast application time-frame (fio-otaps-pps-fatf) and applied forecast fiop time/price block (af fiop tpb).3. The third construction source is the set of additional technical analysis tools and indicators that may be used in complimenting and supplementing primarily EchoVector Analysis methodology generated indicators, signals, and alerts.4. The fourth construction source is the set of various and regular key outlook events and economics calendar stimulants, along with the potential black swan reactive determinants, that may induce additional, independent, and automatic OTAPS-PPS Switch Signal generation within the practice of effective risk management. All OTAPS-PPS VECTORS are vector price support and resistance bridges, which, when touched, constitute, signal, and trigger position capital gain capture, and which, when penetrated, constitute, signal, and trigger position polarity reversal action and adjustment.The OTAPS-PPS Open Position Polarity Cover And/Or Open Position Polarity Switch Signal and Trigger Applied Action Forecast Time-Price Block."Actively adjusting for optimum speed, acceleration, directionality, and leverage, the instrument position 'captures and sails' to the varied strengths and varied directions in the powering winds of market change... to keep the course of equity growth strong, positive, straight, true, and moving ever powerfully forward."

"Positioning for change, staying ahead of the curve, we're keeping watch for you."

Today's relatively highly volatile and fast moving securities market, and its current historically low effective trade execution costs (commissions) is a market environment and current structure particularly favorable to the application of the OTAPS Position Management System. The system utilizes an advanced straddling technique applied at key forecast price levels at critical time junctures with respect to mined and identified historical price pattern symmetries in order to protect gains and to further optimize an actively managed securities' overall price path pattern related and realized returns.

OTAPS signal price levels are generated by the applied forecast model. An OTAPS switch is then constructed from the OTAPS price level signal upon which the switch then becomes based during its time application. Base switch levels are set, and often carry with them a series of related upper band and lower band accompanying price switch levels than may also be pre-programmed and additionally employable when met by the market price. These UB and LB OTAPS switches the accompany the issued primary switch price and target application switch price level remain active also until adjusted.

HOW THE OTAPS SWITCH WORKS

The OTAPS switch is essentially an advanced 'directional and approached-sensitive' and 'flexible' two-sided price straddling mechanism that allows a position 'positivized' in a particular 'price motion direction' to be either 'turned on or tuned off' relative to the 'found price motion direction' occurring in the 'subject security', while also allowing the 'opposite polarity position' to be 'turned on or off' relative to the same price motion occurrence, or any subsequent price motion occurrence, that might move prices to and through the issued target application price switch price level.

INTEGRATE FRAMECHARTS WITH INTERLINKED AND SUPPLEMENTAL TRADE NOTES, STRATEGY NOTES, AND FORECAST NOTES POSTED IN REAL TIME THROUGH THURSDAY'S AND FRIDAY'S UNFOLDING TRADING DAYS AT "THE MARKET PIVOTS FORECASTER AND POSITION MANAGEMENT NEWSLETTER"

5. ECHOVECTOR SUPPORT AND RESISTENCE VECTORS,

6. OTAPS-PPS POSITION POLARITY SWITCH SIGNAL EXTENSION VECTORS,

See Links at Right for Information on Active Advanced Management OTAPS-PPS Position Polarity Switch Trigger Signals And active Advanced Management Level Four (L4) Derivatives Baskets and Their Use In Active Advance Positioning And Position Management Strategies And Risk Management Strategies.

ALSO READ THE GOLD PIVOTS FORECASTER AND POSITION MANAGEMENT NEWSLETTER (click on picture).

THE GOLD PIVOTS NEWSLETTER RSS FEED BY GOLD INVESTOR WEEKLY AND PROTECTVEST AND ADVANCEVEST BY ECHOVECTORVEST MDPP PRECISION PIVOTS AND BY BRIGHTHOUSE PUBLISHING.

EchoVector Analysis is an advanced technical analysis methodology. EchoVector Analysis is also presented as a behavioral economic application and securities analysis tool in price pattern theory and in price pattern behavior, study, and forecasting, and in securities analysis and price analysis and in securities price speculation.

EchoVector Pivot Points, special contributions to the field of technical analysis, are a technical analysis tool and application within EchoVector Analysis, and derived from EchoVector Theory in practice.